The Scaling Quantum Systems (SQS) research area is focused on enhancing the operational readiness and robustness of quantum systems. Our primary strategies include miniaturization, parallelization, and scaling of system complexity. By applying foundational concepts from Quantum Concepts (QC), we aim to extend these principles to larger and more intricate systems, often involving many entangled quantum objects, within more compact and scalable architectures. 

Key Objectives:

• Develop compact and integrated light sources, essential for numerous Cluster activities.
• Utilize cutting-edge technology to create transportable sensors.
• Leverage physics and engineering synergies to scale quantum systems, such as ion traps, enabling the development of next-generation, ion-based fault-tolerant quantum computer architectures. 

SQS is dedicated to pioneering advancements that will transform quantum systems with larger, scalable, and more robust frameworks. Our efforts contribute to the broader goal of facilitating practical applications and advancements in quantum technology.